M375022 五、新型說明： 【新型所屬之技術領域】 本創作係有關於—照明裝置，尤指一種可攜式的太陽 能照明裝置。 【先前技術】 現有技術的可攜式的照明裝置，諸如手電筒，多採用 單一種類電源，諸如使用一般鹼性電池或者少數設計會使 用如錄氫電池或鐘電池等<充電€纟，然巾一般驗性電池 使用後即拋棄會造成環境污染，而使用充電電池於野外或 不方便充電之場合，則可能無法持續充電使用。 因此，僅有單一電力來源的照明裝置無法滿足各種狀 況之使用需求，然而，現有技術仍然缺乏一種同時可提供 多樣電源選擇的之可攜式照明裝置，特別是一種可方便的 裝設於自行車之照明裝置。 【新型内容】 有赛於現有技術的照明裝置無法提供多樣電源選擇， 以及電源使用可能會造成環境污染、無法隨時充電等缺 失，本創作之目的即在於提供一種太陽能照明裝置，其整 合充電電池、-般鹼性電池、太陽能電池等多樣電源供應 的》又十而’、可於不方便充電之場合揭取太陽能轉換成電 力供照明’而達到節約能源的效果’亦可適用於重複使用 的充電電池而降低環境污染，更可於無陽光情況下，直接 透過市電充電器進行充€ ’而具有多樣的電源選擇，不虞 Ϊ乏電源供應。 3 \2 ’~、了達到上述目的，本創作係提供一種照明裝置其 l括電池座、一連接於電池座的燈頭以及至少一與電池 座：侧可分離的相連接的太陽能電池，其中該電池座的二 ^有第連接埠，其中該電池座的内部形成有—電池 今槽’該電池容槽可供裝設一電池組件，該太陽能電池的 兩側分別形成有-第一連接蟑以及一第二連接谭，其中該 第-連接槔係與第—連接绰相對應並可分離的與該電池座 的第一連接埠組接。 較佳的，該電池座的另一側設有一第二連接埠，可供 與太％邊電池的第一連接崞相組接。 較佳的，該電池容槽具有一中央容室以及由中央容室 兩側向外延伸的延伸部，藉以令一鎳氫電池組可插設其 中，並且選擇性的令一板狀鋰電池插設於電池容槽内，且 該鐘電池的兩側分別位於該等延伸部内。 基於上述結構，本創作之太陽能照明裝置，可裝置一 般電池或諸如鎳氫電池及鋰電池等充電電池，亦可分別同 時並聯多組太陽能電池，以增加電流容量，儲存太陽能電 池所轉換之電力於充電電池中，達到具有多樣電源選擇之 目的。 【實施方式】 如第一及二圖所示，本創作提供一種太陽能照明裝 置，其包括一電池座（10)、一樞接於電池座（10)的燈頭（20)、 至少一與電池座（10)—側可分離的相連接的太陽能電池 (30) ’以及較佳的’如第四圖所示，進—步包括一設於電 池座（1 〇)内部之電池組件。 M375022 該電池座（10)為一中空殼體，其前側突出形成有兩樞 柱（11)，並進一步配合參考第三及六圖所示，該兩樞柱〇1) 之間於殼體上穿設有一可伸縮位移且一端突出於殼體外的 定位件（12)，該定位件（12)包括一埋設於電池座（1〇)前側之 彈性元件（121)以及一套設於彈性元件（121)上而突伸於電 池座（10)前側之蓋體（1 22);以及該電池座（1〇)的兩側分別 s史有一第一連接埠（13)以及一與該第一連接埠（13)相對應 的第二連接埠（14)，其中該第一連接埠（13)與第二連接埠 (14)係分別設有二接點（1 5);請配合參考第三圖所示，該 電池座（1〇)的内部形成有一電池容槽（16),該電池容槽（16) 可供裝設電池組件’該電池組件可以為—鋰電池（41)或一 鎳氫電池組（42)，較佳的，進一步配合參考第四及五圖所 示，該電池容槽（16)具有一沿電池座（10)長軸延伸形成的 一圓柱狀中央容室（161)以及由中央容室（1 61)兩側向外延 伸的長型延伸部（162)，藉以令一包含有環繞並列於一圓柱 型座體上之複數鎳氫電池的鎳氫電池組（42)可插設該中央 容室（161)内，或者提供一板狀的鋰電池（41)可插設於電池 谷槽（1 6)内，且鐘電池（41)的兩側分別位於該等延伸部（16 2) 内；該電池座（10)上設有一按鍵開關（17)，該按鍵開關（17) 與電池組件電連接，可供控制電池座（10)的電源供應。 该燈頭（20)包括一殼體（21)、一設於殼體（21)内的|_ed 發光組件（22)以及一設於LED發光組件（22)前端供聚光的 LE D透鏡（23)，該殼體（21)的兩側係分別樞接於電池座（〇) 的兩樞柱（11)，請配合參考第六及七圖所示，殼體（21)的 後側壁面上設有複數定位卡槽（211)，該等定位卡槽（211) 5 M375022 係可選擇性與電池座（10)的定位件（12)相互卡合，藉以使 燈頭（20)可相對於電池座（1〇)樞轉而定位於一特定角度； 該LED發光組件（22)係與電池座（1〇)的第一、二連=埠 (13)(14)或電池容槽（16)内的電池組件電性相連通，其包括 一 led燈以及一控制電路板，其中該LED燈的規格可為 3.3伏特⑺、1瓦（w)，且該LED發光組件（22)受按鍵開關 (1 7)控制可變換發光模式，其可分為關閉、固定發光、閃 爍發光循環的模式。較佳的，該燈頭（2〇)更具有一設於殼 體（21)内與LED發光組件（22)相連接的電壓與電流穩定元 件，與電池座（1〇)内的電池組件或第一、二連接埠（13)(14) 電性相連。 該太陽能電池（30)可供吸收太陽能而轉換成電力，舉 例而言，於正常陽光下可產生5〇毫安培/小時（mA/h)之電 力，如第二圖所示，其兩側分別形成有一第一連接埠（3 ” 乂及第一連接埠（32)，藉以該太陽能電池（3〇)可以透過 -亥第-連料（31)或該第二連接埠（32)而與電池座（1〇)兩側 對應的第二連接埠（14)或第—連接埠（13)相互組合而與電 池座(1〇)並聯，而提供鋰電池⑷)充電，或間接與燈頭(2〇) 之led發光組件（22)電性相連通，而達到提供電力予LED 發光組件(22)以發光，纟中當並聯兩太陽能電池_，轉 換太陽能對鐘電池(4”予以充電約2小時，即可供[ED使 用-小時。較佳的’該太陽能電池（3〇)上設有一通用序列 匯流排接頭（33)，較佳的該通用序列匯流排接頭（Μ)可為 =你通用序列匯流排（mini USB)接頭，其係可藉由該第— 或第二連料與電池座⑽㈣㈣ 6 M375022 連接，藉以透過市電充電器經由通用序列匯流排接頭（3_3) 對經電池（41)進行充電。 使用時，如第八圖所示，所述的太陽能照明裝置係包 括複數太陽能電池（3〇),而各太陽能電池（3〇)可透過其上 的第一、二連接琿（31)(32)分別與另一太陽能電池（3〇)上的 第一、一連接埠（32)(31)相並聯組接；或者各太陽能照明 裝置亦可透過電池座（1〇)的第一連接埠（13)或第二連接埠 (14)而與另一太陽能照明裝置的電池座（1〇)相並聯組接。 在本創作的一較佳的實施例中，如第九及十圖所示， 該電池座（1 0)的底部設有一固定件（彳8 )，該固定件（彳8)可以 供固定於一自行車的諸如把手之位置上，較佳的該固定件 (18)設有一卡槽可與自行車上的—突塊相卡合藉以固定； 以及較佳的，太陽能電池（30)的底部亦設有一結合件（34) 可供固定於一自行車，較佳的該結合件（34)設有一卡槽可 與自行車上的一突塊相卡合藉以固定。 【圖式簡單說明】 第一圖是本創作的一較佳實施例的立體外觀圖。 第二圖是本創作的一較佳實施例的立體分解圖。 第三圖是本創作的一較佳實施例的侧視剖面圖。 第四圖是本創作的一較佳實施例的後視剖面圖。 第五圖是本創作的另一較佳實施例的後視剖面圖。 第六圖是本創作的一較佳實施例的側視部分剖面圖。 第七圖是第六圖的另一操作狀態圖。 第八圖是本創作的一較佳實施例的頂視圖。 第九圖是本創作的一較佳實施例的另一角度立體外觀 7 ivu /5022 圖 第十圖是本創作的一較佳實施例的實施參考圖 【主要元件符號說明】 (10)電池座 （11)樞柱 (12)定位件 （121)彈性元件M375022 V. New description: [New technical field] This creation is about lighting devices, especially a portable solar lighting device. [Prior Art] A portable lighting device of the prior art, such as a flashlight, uses a single type of power source, such as a general alkaline battery or a few designs, such as a hydrogen recording battery or a clock battery, etc. Generally, the disposable battery will be environmentally polluted after being used. If the rechargeable battery is used in the field or is inconvenient to charge, it may not be able to be used continuously. Therefore, only a single power source lighting device can not meet the needs of various conditions, however, the prior art still lacks a portable lighting device that can provide various power source options at the same time, in particular, a portable device can be conveniently installed. Lighting device. [New content] The lighting device with the prior art cannot provide various power supply options, and the power supply may cause environmental pollution and cannot be charged at any time. The purpose of this creation is to provide a solar lighting device with integrated rechargeable battery. -Alkaline batteries, solar cells and other power supply "Don't, can be used in the case of inconvenient charging to convert solar energy into electricity for lighting 'to achieve energy saving effect' can also be applied to re-use charging The battery reduces environmental pollution, and it can be charged directly through the mains charger in the absence of sunlight, and has a variety of power supply options, and does not lack power supply. 3 \2 '~, to achieve the above purpose, the present invention provides a lighting device comprising a battery holder, a lamp holder connected to the battery holder, and at least one solar cell connected to the battery holder: the side is separable, wherein The battery holder has a first connection port, wherein the battery holder is internally formed with a battery cell, wherein the battery container is provided with a battery assembly, and the two sides of the solar battery are respectively formed with a first connection port and a second connection tan, wherein the first connection tether is corresponding to the first connection port and separably coupled to the first connection port of the battery holder. Preferably, the other side of the battery holder is provided with a second connecting port for being assembled with the first connecting port of the battery of the side. Preferably, the battery compartment has a central chamber and an extension extending outwardly from both sides of the central chamber, so that a nickel-hydrogen battery pack can be inserted therein, and a plate-shaped lithium battery can be selectively inserted. It is disposed in the battery receiving slot, and two sides of the clock battery are respectively located in the extending portions. Based on the above structure, the solar lighting device of the present invention can be equipped with a general battery or a rechargeable battery such as a nickel-hydrogen battery and a lithium battery, or a plurality of solar cells can be simultaneously connected in parallel to increase the current capacity and store the converted power of the solar battery. In the rechargeable battery, it has the purpose of various power selection. [Embodiment] As shown in the first and second figures, the present invention provides a solar lighting device comprising a battery holder (10), a lamp cap (20) pivotally connected to the battery holder (10), at least one and a battery holder. (10) - Side separable phase-connected solar cell (30) 'and preferably' As shown in the fourth figure, the step further comprises a battery assembly disposed inside the battery holder (1 〇). M375022 The battery holder (10) is a hollow housing, and the front side thereof is formed with two pivot posts (11), and further cooperates with the reference to the third and sixth figures. The two pivot posts 1) are between the housings. The positioning member (12) is provided with a telescopic displacement and one end protrudes outside the housing. The positioning member (12) comprises an elastic member (121) embedded on the front side of the battery holder (1) and a set of elastic members. (121) a cover body (1 22) protruding from the front side of the battery holder (10); and a first connection port (13) and a first one of the two sides of the battery holder (1) a second connecting port (14) corresponding to the connecting port (13), wherein the first connecting port (13) and the second connecting port (14) are respectively provided with two contacts (15); As shown in the figure, a battery receptacle (16) is formed inside the battery holder (1), and the battery receptacle (16) can be used to mount a battery assembly. The battery assembly can be a lithium battery (41) or a nickel. The hydrogen battery pack (42), preferably further matched with reference to the fourth and fifth figures, the battery receptacle (16) has a longitudinal axis extending along the battery holder (10) a cylindrical central chamber (161) and an elongated extension (162) extending outwardly from both sides of the central chamber (61), thereby allowing a plurality of nickel-hydrogen batteries to be surrounded and juxtaposed on a cylindrical housing The nickel-hydrogen battery pack (42) can be inserted into the central chamber (161), or a plate-shaped lithium battery (41) can be inserted into the battery trough (16), and the clock battery (41) The two sides are respectively located in the extensions (16 2); the battery holder (10) is provided with a push button switch (17), and the push button switch (17) is electrically connected to the battery assembly for controlling the battery holder (10) Power supply. The lamp cap (20) comprises a casing (21), a |_ed lighting assembly (22) disposed in the casing (21), and an LE D lens (23) disposed at the front end of the LED lighting assembly (22) for collecting light. The two sides of the housing (21) are respectively pivotally connected to the two pivot posts (11) of the battery holder (〇), please refer to the rear side wall surface of the housing (21) as shown in the sixth and seventh figures. A plurality of positioning card slots (211) are provided, and the positioning card slots (211) 5 M375022 are selectively engageable with the positioning members (12) of the battery holder (10), so that the lamp holder (20) can be opposite to the battery The seat (1〇) is pivoted to be positioned at a specific angle; the LED lighting assembly (22) is connected to the first or second connection of the battery holder (1〇)=埠(13)(14) or the battery receptacle (16) The internal battery component is electrically connected, and includes a LED lamp and a control circuit board, wherein the LED lamp can be 3.3 volts (7), 1 watt (w), and the LED lighting component (22) is controlled by a button switch ( 1 7) Control the switchable illumination mode, which can be divided into a mode of off, fixed illumination, and flashing illumination cycle. Preferably, the lamp cap (2〇) further has a voltage and current stabilizing component disposed in the housing (21) and connected to the LED lighting component (22), and a battery component or a battery component in the battery holder (1〇) The first and second ports (13) and (14) are electrically connected. The solar cell (30) can be used to absorb solar energy and be converted into electric power. For example, it can generate 5 mA/h (mA/h) of electricity under normal sunlight, as shown in the second figure. Forming a first connection port (3 乂) and a first connection port (32), whereby the solar cell (3〇) can pass through the -hedi-connector (31) or the second port (32) and the battery The second connection port (14) or the first connection port (13) corresponding to the two sides of the seat (1〇) are combined with each other and connected in parallel with the battery holder (1〇) to provide charging of the lithium battery (4), or indirectly with the lamp holder (2) Led) The led light-emitting component (22) is electrically connected to each other, and supplies power to the LED light-emitting component (22) to emit light, and when two solar cells are connected in parallel, the solar energy is charged to the clock battery (4) for about 2 hours. , that is, [ED use - hour. Preferably] the solar cell (3 〇) is provided with a universal serial bus bar connector (33), preferably the universal sequence bus bar connector (Μ) can be = general A serial bus (mini USB) connector that can be used with the first or second material and battery holder (10) (four) (four) 6 M3 The 75022 is connected to charge the battery (41) through the universal serial busbar connector (3_3) through the utility charger. In use, as shown in the eighth figure, the solar lighting device includes a plurality of solar cells (3〇). And each of the solar cells (3 〇) can be connected to the first and second ports (32) on the other solar cell (3 透过) through the first and second ports (31) (32) thereon. Parallel connection in parallel; or each solar lighting device can also pass through the first connection port (13) or the second connection port (14) of the battery holder (1〇) and the battery holder of another solar lighting device (1〇) In a preferred embodiment of the present invention, as shown in the ninth and tenth views, the bottom of the battery holder (10) is provided with a fixing member (彳8), and the fixing member (彳8) It can be fixed to a bicycle such as a handle. Preferably, the fixing member (18) is provided with a card slot for engaging with the protrusion on the bicycle for fixing; and preferably, the solar battery (30) a bottom member (34) is also provided for fixing to a bicycle, preferably the knot The piece (34) is provided with a card slot for engaging with a protrusion on the bicycle for fixing. [Schematic Description] The first figure is a perspective view of a preferred embodiment of the present invention. 3 is an exploded perspective view of a preferred embodiment of the present invention. The third drawing is a side cross-sectional view of a preferred embodiment of the present invention. The fourth drawing is a rear cross-sectional view of a preferred embodiment of the present invention. Figure 7 is a rear cross-sectional view of another preferred embodiment of the present invention. Figure 6 is a side elevational cross-sectional view of a preferred embodiment of the present invention. Figure 8 is a top plan view of a preferred embodiment of the present invention. The ninth drawing is another perspective stereoscopic appearance of a preferred embodiment of the present invention. 7 ivu / 5022 Figure 11 is a preferred embodiment of the present invention. Example of implementation of the example [Description of main component symbols] (10) Battery holder (11) Pivot (12) Positioning member (121) Elastic component
(122)蓋體 (14)第二連接埠 (16)電池容槽 (162)延伸部 (18)固定件 (21)殼體 (23)LED 透鏡 (31)第一連接埠 (13)第一連接埠 (15)並聯接點 (161)中央容室 (17)按鍵開關 (20)燈頭 (2 2) L E D發光組件 (30)太陽能電池 (32)第二連接埠 (33) 通用序列匯流排接頭 (34) 結合件 (41)鋰電池(122) cover body (14) second connection port (16) battery container groove (162) extension portion (18) fixing member (21) housing (23) LED lens (31) first connection port (13) first Connection 埠 (15) and connection point (161) Central chamber (17) Key switch (20) Lamp head (2 2) LED lighting assembly (30) Solar battery (32) Second connection 埠 (33) Universal serial bus connector (34) Bonding piece (41) lithium battery
(42)鎮氫電池組(42) Hydrogen battery pack